1bromo2methylpropane reaction with 2li and diethyl ether
The reaction of 1-bromo-2-methylpropane with 2Li and diethyl ether
There are ancient tricks that can make all kinds of phases. In this case, 1-bromo-2-methylpropane encounters the transformation of dilithium (2Li) and diethyl ether.
1-bromo-2-methylpropane has different shapes, or is a colorless liquid with a specific taste and chemical activity. Dilithium is light in weight and strong in nature, and is often an important angle in chemical reactions. Diethyl ether, also a colorless liquid, is fragrant and smelly, and is mostly a reaction medium.
When 1-bromo-2-methylpropane and 2Li meet in the realm of diethyl ether, it is like a situation. Dilithium is strong and eager to donate its electrons, and the bromine atom of 1-bromo-2-methylpropane is greedy for electrons and combines with it. Lithium removes its electrons and becomes an ion state, while after 1-bromo-2-methylpropane loses bromine, the structure becomes more tensile and forms an active intermediate.
This intermediate is extremely active. In the medium of diethyl ether, such as Jiaolong gets water, and it touches the lithium atom of the rest. The lithium atom re-energizes the electron, so that the intermediate is alloformed, and finally a new thing is obtained. The properties of this substance are very different from those before, or it has new chemical energy, which can be used in various synthesis industries.
Looking at this reaction, diethyl ether is not an idle substance, and its stable medium state makes all things proceed in an orderly manner. Without diethyl ether, the reaction may be difficult or different.
The beauty of this reaction is that it is simple and complex, and it can be used to create strange goods from ordinary substances, which can be used as a lesson for chemical synthesis in later generations. It can help students understand the principle of material change and explore the unknown realm of chemistry.
